MOUNTAIN VIEW, Calif., Nov. 16, 2016 /PRNewswire/ -- Juno Biomedical, Inc. announced today that it has entered into a partnership with Promenade Software, Inc. to develop the software for Juno Biomedical's CELLTech(TM) device. Based on over 30 years of research in the cell electrotaxis field, CELLTech(TM) could be the solution for those who are suffering with motor function loss after an ischemic stroke. "It is very important to us that our device is not only safe and effective in returning motor function to those who are disabled after a stroke, but that it additionally takes into account patient functionality," says Trisha Pfluger, CEO. "This means integrating software that can monitor and optimize the patient's physical improvement while offering features that allow the patient and the patient's caregivers and family to be at the center of her therapy." Stroke remains the #1 cause of long-term disability in the United States, yet has no safe and effective FDA-approved regenerative treatment, leaving millions of individuals left behind by our current medical model. Frances Cohen, President of Promenade Software, Inc. said: "We are looking forward to assisting Juno Biomedical in bringing CELLTech(TM) to fruition in a modern, interconnected software system that will help stroke victims in ways previously unavailable." The software component of CELLTech(TM) adds a new layer of customizations such as real time, feedback-based remote patient monitoring and higher granularity of dose control that is not currently available with traditional drug therapies. "Our exciting technology has been proven in animal models and is now ready to be tested in humans. Working with Promenade software further enhances the reliability of the data we plan to collect in clinical trials and our ability to optimize patient outcomes in a short amount of time," said Dr. Davit Mrelashvili, Chief Medical Officer, Juno Biomedical, Inc. The field of medicine is undoubtedly moving to integrate more exponential technologies such as digital health, regenerative therapies and personalized medicine. While designing CELLTech(TM), the team continues to leverage these technologies in a way that will remove previously seen glass-ceilings in medicine.